System and method for storing broadcast content in a cloud-based computing environment

ABSTRACT

A system, method and device for media content storage and delivery. A server has a receiver in communication with a processor. The receiver receives a request message. The request message includes media data indicating requested media content and a consumer device identifier corresponding to a consumer device. The processor determines whether the consumer device identifier corresponds to a registered consumer device. If the processor determines that the consumer device identifier corresponds to the registered consumer device, then the processor determines whether the request message is one of a storage request message and a content request message. If the request message is the storage request message, then the processor is further configured to determine whether the requested media content is available for storage. If the request message is the content request message, then the processor initiates delivery of the requested media content to the consumer device.

CROSS-REFERENCE TO RELATED APPLICATION

This application is a continuation of and claims priority under 35U.S.C. §120 from U.S. patent application Ser. No. 13/652,034, filed onOct. 15, 2012, and issued as U.S. Pat. No. 8,856,221 on Oct. 7, 2014,which application was a continuation of Rothschild, U.S. patentapplication Ser. No. 13/300,798, filed Nov. 21, 2011, which is relatedto and claims priority to U.S. Provisional Patent Application Ser. No.61/528,543, filed Aug. 29, 2011, entitled SYSTEM AND METHOD FOR STORINGBROADCAST CONTENT AT A REMOTE SERVER LOCATION the entirety of all ofwhich is incorporated herein by reference.

FIELD OF THE INVENTION

The present invention relates to a method and system for on-demandstorage and delivery of media content.

BACKGROUND OF THE INVENTION

The widespread growth of communication networks and internet enabledconsumer devices allow consumers to stream on-demand videos and music.The on-demand video and music service is typically provided by largecompanies or second party distributors that store the media content forstreaming to the consumer devices. For example, a television company maymaintain a television server that stores all television shows that arebroadcast by the television company such that the consumer may streamthe stored television show on the consumer device. This requires thetelevision company to store all or substantially all the shows broadcastby the television company, which requires a great deal of data storageand often comes at a significant cost to the television company. Thecost of storing all the broadcast shows is typically passed on to theconsumer using the on-demand service such that the consumer ends uppaying for storage of videos and music that the consumer has no interestin streaming.

In particular, the consumer may be charged a flat rate monthlysubscription fee by the television company. For example, the consumermay be charged a ten dollar fee per month of streaming videos from thetelevision server. The flat rate subscription fee may not changeirrespective of whether the consumer streams hundreds of videos a monthor one video a month. Consumers that vary the amount of content that isstreamed monthly may end up paying more money for the service than ifthey simply bought the video content on digital versatile disk (DVD).

Some television companies and second party video and music distributorsoffer a flat rate per video or show that is streamed. In particular, aconsumer may be charged a set fee for streaming a specific episode of atelevision program. For example, the consumer may be charged fivedollars for streaming a two hour long episode of a television show totheir consumer device. However, another consumer will be charged thesame five dollar flat rate for streaming a fifteen minute episode ofanother television show. The flat rate fee associated with a specificvideo or show that a consumer wants to stream may end up detractingconsumers who do not always stream long running episodes of televisionshows.

Moreover, consumers may want to stream videos of a particular programsthat may not be currently stored in the television server. The consumermay request the program in order for the television server to be updatedto store the particular program but such a request may take weeks tomonths to fulfill. As such, the consumer may end up losing interest inthe particular program, and the television server may eventually end upbeing updated with a particular video that no consumers stream, therebyunnecessarily expending data resources and driving up the cost of thestreaming service.

There is a need in the art for an on-demand media storage and streamingsystem that tailors cost to each consumer based on the requested mediacontent and each consumer's needs.

SUMMARY OF THE INVENTION

The present invention advantageously provides a method and system foron-demand storage and delivery of media content.

According to one embodiment, a system for media content storage anddelivery is provided. The system includes a server that has a receiverand a processor. The receiver receives media data that indicates mediacontent to be stored. The processor is in communication with thereceiver. The processor determines media content characteristics thatcorrespond to the media content to be stored. The processor determines alength of time to store the media content based on the media data anddetermines a cost amount based at least in part on the determined mediacontent characteristics and length of time to store the media content.

According to another embodiment, a consumer device is provided. Theconsumer device includes a transmitter that transmits a storage requestmessage. The storage request message indicates media content to bestored and the length of time the media content is to be stored. Theconsumer device includes a receiver that receives a confirmationmessage. The confirmation message indicates the media content is storedat the server based at least in part on the storage request message.

According to yet another embodiment, a method is provided for streamingand delivering on-demand media content. The method includes receivingmedia data indicating media content to be stored. The method includesdetermining media content characteristics that corresponds to the mediacontent to be stored. The method includes determining a length of timeto store the media content based on the media data. The method includesdetermining a cost amount based at least in part on the determined mediacontent characteristics and length of time.

According to yet another embodiment, a system is provided for storingand delivering media content. The system includes at least one server.The at least one server includes a memory that stores media content anda processor. The processor determines media content is available fordownload, determines the media content is not stored in memory andinitiates download of the media content. The at least one serverincludes a receiver that receives the media content. The memory storesthe received media content.

According to yet another embodiment, a method is provided for storingand delivering media content. A determination is made that media contentis available for download. A determination is made that content is notstored. Download of the media content is initiated. The media content isreceived. The received media content is stored.

BRIEF DESCRIPTION OF THE DRAWINGS

A more complete understanding of the present invention, and theattendant advantages and features thereof, will be more readilyunderstood by reference to the following detailed description whenconsidered in conjunction with the accompanying drawings wherein:

FIG. 1 is a block diagram of media content on-demand storage systemconstructed in accordance with the principles of the present invention;

FIG. 2 is a flow chart of an exemplary process for processing a requestmessage for initiating storing and streaming of media content;

FIG. 3 is a flow chart of an exemplary process for initiating mediacontent storage and streaming;

FIG. 4 is a flow chart of an exemplary process for determining a costamount for storing media content;

FIG. 5 is a block diagram of media content storage for on-demanddelivery constructed in accordance with the principles of the presentinvention;

FIG. 6 is a flow chart of an exemplary process for storing anddelivering content; and

FIG. 7 is a flow chart of an exemplary process for storing anddelivering content.

DETAILED DESCRIPTION OF THE INVENTION

The present invention advantageously provides a system and method foron-demand storage and streaming of media content. Accordingly, thesystem and method components have been represented where appropriate byconventional symbols in the drawings, showing only those specificdetails that are pertinent to understanding the embodiments of thepresent invention so as not to obscure the disclosure with details thatwill be readily apparent to those of ordinary skill in the art havingthe benefit of the description herein.

Referring now to the drawing figures in which like reference designatorsrefer to like elements there is shown in FIG. 1 an exemplary storage andstreaming system constructed in accordance with the principles of thepresent invention and designated generally as “10.” In particular,system 10 may include one or more consumer devices 12 a to 12 n(collectively referred to as “consumer device 12”), one or morebroadcast servers 14 a to 14 n (collectively referred to as “broadcastserver 14”) and one or more remote servers 16 a to 16 n (collectivelydefined to as “remote server 16”), communicating via network 18 usingcommunication protocols known in the art, e.g., Internet Protocol. Also,broadcast server 14 and/or remote server 16 may be part of network 18, asecond network, among other network, e.g., each may form or be part of acloud computing environment (not shown).

Consumer device 12 may include wired or wireless devices such as mobilephones, personal digital assistant devices, personal computers, laptopcomputers, tablet computers, digital video recorders, televisions,digital versatile disc players, among other devices that may communicatevia network 18. Consumer device 12 may communicate with network 18 usingcommunication protocols known in the art. In particular, consumer device12 may include transmitter 20 and receiver 22 for transmission andreception of data communications over network 18. Processor 24 mayinclude a central processing unit (CPU) for executing computer programinstructions stored in memory 26, as is well known in the art.

Memory 26 may include non-volatile and volatile memory. For example,non-volatile memory may include a hard drive, memory stick, flash memoryand the like. Also, volatile memory may include random access memory andothers known in the art. Memory 26 may also include request module 28and consumer database 30. Request module 28 includes instructions, whichwhen executed by processor 24, causes processor 24 to perform theprocesses described herein, such as the request process for consumerdevice 12, discussed in detail with reference to FIG. 3.

Consumer database 30 may store consumer device data, consumer data andsubscription data, among other data. Consumer device data may include adevice identification number, model number and operating system, amongother device information corresponding to the user of the consumerdevice. Consumer data may include consumer information such asaddresses, phone numbers, financial institution information andcredit/debit card information, among other consumer information.Subscription data may include subscription identification number andcontent storage and retrieval cost, as discussed in detail with respectto FIG. 4, among other subscription information.

Broadcast server 14 may include a transmitter 32, receiver 34, processor36 and memory 38 as with the corresponding consumer device 12components, with size and performance being adjusted based on designneeds. Processor 36 performs functions described herein with respect tobroadcast server 14. Broadcast server 14 may communicate with consumerdevice 12 and/or remote server 16, via network 18. Memory 38 may includecontent database 40 that stores/records media content, media contentcharacteristics, among other data. For example, the stored media contentmay be video, audio, graphical images and the like, and the mediacontent characteristics may be media runtime (playback time) of themedia content, data size of media content, media content availability,media content existence and the like. Media content availability mayindicate whether the media content is available for download, e.g., dueto restrictions on the media content. Media content existence mayindicate whether the media content exist, e.g., media content not foundbecause user input the wrong movie title.

Remote server 16 may include transmitter 42, receiver 44, processor 46and memory 48 as with the corresponding consumer device 12 components,with size and performance being adjusted based on design needs.Processor 46 may perform functions described herein with respect toremote server 16. Memory 48 may include media module 50, media database52 and registration database 54. In particular, media module 50 may becomputer program instructions, which when executed by processor 46,perform the storage and streaming processes as discussed with respect toFIG. 2. Media database 52 may store media content and media contentcharacteristics similar to that stored in content database 40. The mediadatabase may store the media content for a specific length of time, asdiscussed with reference to FIG. 2. Registration database 54 may storeaccount data corresponding to one or more consumer devices 12 such asuser registration data, account information, number of consumer devicesregistered to a particular user, user account preferences, among otheruser account data. Alternatively, remote server 16 may be part of aserver farm in which the server farm stores all available media content,as is discussed in detail with respect to FIGS. 5-6.

An exemplary process for processing a request message to initiatingstoring and/or streaming i s described with reference to FIG. 2. A listof media content may be provided to the consumer and displayed onconsumer device display, e.g., via a website displayed in a web browser.The list of media may include content stored in media database 52 andcontent not stored in media database 52. Consumer device may requestcontent from the list or may request non-listed media content. Consumerdevice 12 initiates the process by transmitting a request message toremote server 16 such that remote server 16 determines that a requestmessage is received (Step S100). Remote server 16 determines whether therequest message is received from a registered user, e.g., received fromregistered consumer device (Step S102). For example, the request messagemay include consumer data, device identification number(s), media data,among other data stored in consumer database 30 that corresponds to thespecific user and/or consumer device. If the request message isdetermined to be from a non-registered consumer device, a registrationmessage may be sent to the consumer device to prompt the user toregister the consumer device 12 with remote server 16 (Step S104). Oncethe consumer device is registered, the process may continue to StepS106.

If the request message is determined to be from a registered consumerdevice, remote server 16 processes the request message to determinewhether the request message is a storage request message (Step S106). Inparticular, the storage request message may include media dataindicating the consumer device is requesting that remote server 16 storespecific media content for an amount of time, e.g., the storage requestmessage may have a triggering flag. If the request message is a storagerequest message, the media data in the identifying to the requestmessage is processed (Step S108). For example, the storage requestmessage may contain media data identifying to the requested mediacontent to be stored. The media data may include time data thatindicates the length of time the user wants the media content to bestored. The time data may include a start-end date, period of time(e.g., one month, one week), end date, among other values and/orcharacters that may indicate a length of time. Remote server 16 maydetermine media content information based on the processed storagerequest message, e.g., based on the media data (Step S110). The mediacontent information may include a media title, media content serialnumber, or other media identifying characters corresponding to therequested media content.

Remote server 16 may determine the media content characteristicscorresponding to the requested content based on the media contentinformation, e.g., based on media data (Step S112). For example, themedia content information may be used to search media database 52 forcorresponding media content characteristics, e.g., determine mediacontent characteristics. Alternatively, remote sever 16 may transmit themedia content information to broadcast server 14. The broadcast server14 may search database 40 for media content characteristicscorresponding to the received media content information. Broadcastserver 14 may transmit the media content characteristics to remoteserver 16. Remote server 16 may verify the requested media content basedat least in pattern the media content characteristics, e.g., remoteserver 16 verifies the requested media content is available based atleast in part on the media content characteristics (Step S114). Forexample, the media content characteristics may indicate whether therequested media content is available for download and/or whether therequested media content exists. If the requested content is notverified, a network administrator may be notified (Step S116).

If the requested media content is verified, remote server 16 maydownload the verified media content, e.g., download media contentcorresponding to media data in storage request message (Step S118). Inparticular, remote server 16 may download the content from broadcastserver 14 via network 18 for storage in media database 52, e.g.,broadcast server 14 delivers media content to remote server 16. Forexample, remote server 16 may transmit a download request message tobroadcast server 14 indicating remote server 16 requests to download theverified media content from broadcast server 14.

Alternatively, remote server 16 may download content from consumerdevice 12 such that consumer device 12 acts as a proxy server, e.g.,consumer device 12 serves as an intermediary between remote server 16and broadcast server 14 or another content server. Broadcast server 14and remote server 16 may obtain media content from other Internetconnected devices, community antenna cable television systems (CATV),satellite-based systems, and the like. In other words, it iscontemplated that servers 14 and 16 have access to media content that isrequested by the consumer. Remote server 16 may store the downloadedmedia content in media database 52 for a length of time determined fromthe media data, e.g., media data indicates the length of time to storethe media content (Step S120). Also, remote server 16 may tag thedownloaded content to the consumer. For example, the tag may link thedownloaded content to the specific consumer account that requested thedownloaded content.

Remote server 12 may transmit a confirmation message to consumer device12 indicating the content corresponding to the storage request messagehas been stored in media database 52 (Step S122). The confirmationmessage may include confirmation data indicating the length of time themedia content is to be stored, size of stored media content, costamount, cost reduction, consumer account number, among other data.

Referring back to Step S106, i f the request message is determined notto be a storage request message, remote server 16 determines whether therequest message is a content request message (StepS124). In particular,the content request message may include content request data indicatingthat the consumer wants to stream or download media content to consumerdevice 12. For example, the content request message data may include themedia content title, a triggered message flag, consumer account number,mobile identification number, among other data that may be used byremote server 16 to identify the requested content. Remote server 16 maysearch media database 52 for stored media content corresponding to thecontent request message (Step S126). In particular, the requested mediacontent may include media content previously stored in response to astorage request message, other stored media content not linked (e.g.,tagged) to the requesting consumer, among other media content. Forexample, remote server 16 may store media content other consumers haverequested and may also store premium content such as new programming,pay-per view events, and the like. In other words, consumer device 12may transmit a content request message corresponding to any contentstored on media database 52, absent predefined media restrictions set bythe network administrator or account administrator.

If no corresponding media content is found in media database 52 (StepS128), a network administrator and/or the consumer may be notified (StepS116). Alternatively, if no corresponding media content is found, thecontent request message may be processed as a storage request message.For example, the content request message may be processed according tothe storage request message Steps of S108-S122. Continuing the example,after transmitting the confirmation message (Step S122), the contentrequest message may then be processed as a content request message,e.g., according to Steps S124-S130. If remote server 16 finds the storedmedia content corresponding to the content request message in mediadatabase 52 (Step S128), the corresponding media content may betransmitted to consumer device 12 for display (Step S130). For example,consumer device 12 may stream media content such as digital video fromremote server 16 and/or may download the requested content.

An exemplary process for consumer device 12 to initiate media contentstorage, download and/or streaming is described with reference to FIG.3. In particular, request module 28 determines whether the consumer isrequesting to store media content, e.g., whether to transmit a storagerequest message (Step S132). The determination may be based on atriggering event on consumer device 12 that is initiated by theconsumer. For example, the triggering event may be pushing arecord/storage button, voice activated record button, selecting mediafrom a media database, among other types of triggering events that causeconsumer device 12 to transmit a storage request message. If the storagerequest message is transmitted via transmitter 20, a determination ismade as to whether a confirmation message is received (Step S134). If noconfirmation message has been received, the determination of Step S134is made again. Alliteratively, a network administrator and/or consumermay be notified that no confirmation message has been received (notshown). A received confirmation message indicates the transmittedstorage request message was successfully received and processed atremote server 16 such that media content corresponding to the storagerequest message is stored in media database 52. The confirmation mayalso include information for display at consumer device 12 such asreceipt, cost amount, among other displayable data.

Referring back to Step S132, if the determination is made not totransmit a storage request message, a determination is made as towhether to transmit a content request message (Step S136). Inparticular, the determination of Step S136 is made based on a triggeringevent on consumer device 12 caused by the consumer. For example, thetriggering event may be pushing a content request button, voiceactivated content button, among other types of triggering events thatcause the consumer device 12 to transmit the content request message. Ifthe content request message is transmitted via transmitter 20, adetermination is made as to whether the requested media content has beenreceived, e.g., whether the consumer device is storing or downloadingthe requested media content (Step S138). If the requested media contenthas not been received, the determination of Step S138 is made again.Alternatively, the network administrator and/or consumer may be notifiedthat the requested content has not been received. If it is determinedthat the requested media content has been received, the received mediacontent is played on consumer device 12 (Step S140), e.g., digital videois displayed on the consumer device display.

An exemplary process for determining a cost amount to store mediacontent is described with reference to FIG. 4. The length of timecorresponding to the playback duration of the requested media contentthat is to be stored in media database 52 is determined, e.g., determinemedia content characteristics corresponding to requested content (StepS142). For example, the requested media content may correspond to threehours of runtime/playback time, 30 minutes of playback time, etc. Theplayback time of the media content may be provided by the broadcastserver 14 and/or another internet connected device, e.g., the broadcastcompany may provide the runtime of a movie, among other movie data. Adetermination is made as to the length of time the requested content isto be stored in media database 52 (Step S144). The consumer may indicatein the storage request message that the requested media content is to bestored for a particular period of time such as two months, one day, orany other specified period of time.

Also, cost reduction factors may be applied to reduce the cost amountfor storing media content (Step S146). The cost reduction factors mayinclude a predefined period factor that indicates specific costreductions based on predefined periods of time a consumer wants to storecontent. A cost reduction may be applied when a consumer selects mediacontent storage according to set periods of time defined by the serverprovider. For example, the consumer may choose to store media contentfor one week or one month as predefined by the service provider. Thecost reduction factor may be predefined based on the selected predefinedstorage times. Continuing the example, certain media content may have apredefined length of storage time of one day such that the media contentis available to the consumer for one day and a specific cost reductionwill be applied.

The cost amount may be based on factors such as the determined amount ofplayback time corresponding to the media content (e.g., based on mediacontent characteristics), the length of time the consumer wants to storethe requested content in the media database 52 and/or the cost reductionfactors (Step S148). The consumer may not incur addition cost forstreaming the stored content to consumer device 12 such that theconsumer may stream as many times and as much content at a time as he orshe, e.g., the determined cost amount is unaffected by the number oftimes the media content is downloaded or streamed. For example, theconsumer may have requested the storage of two particular shows (mediacontent) for one month storage in which the cost amount may be based onthe runtime of both shows and the one month storage time and/or costreduction factors. Continuing the example, the consumer may stream bothshows individually or at substantially the same time to consumer device12 without additional cost. Also, the consumer may stream one or bothshows at substantially the same time to several consumer devices 12registered to a specific consumer, i.e., consumer devices are registeredto a single consumer account. Alternatively, additional cost may beincurred for repeated playback, even if the playback occurs during thestorage time duration, e.g., playback during the one month storage time.

Another embodiment of an exemplary storage and delivery system isdescribed with reference to FIG. 5. Server farm 56 may include one ormore remote servers 16 that communicate with broadcast server 14,consumer device 12, and other network devices. Server farm 56 may storeall media content that is available irrespective of whether the contentis being requested by consumer device 12, e.g. stores all mediaavailable from broadcast server 14 and other media content sources. Inone embodiment, server farm 56 stores all available broadcast and moviecontent.

Server farm 56 may periodically check for available content that is notalready stored in server farm 56. For example, server farm 56 may checkor interrogate broadcast server 14 for new content that is available andhas not already been downloaded to server farm 56 as discussed in detailin FIG. 6. Alternatively, server farm 56 may receive a content advisorymessage from broadcast server 14 or other media content sources. Thecontent advisory message may indicate to server farm 56 that mediacontent that is available and may not have been downloaded to serverfarm 56. In response to the content advisory message, server farm 56 maydownload the content corresponding to the content advisory message asdiscussed in detail in FIG. 7. Accordingly, server farm 56 remainsupdated with all available content such that requested content isalready stored in server farm 56 and is ready for delivery, e.g.,download, to consumer device 12, as is discussed with respect to FIGS.6-7.

An exemplary process for storing and delivering media content isdescribed with reference to FIG. 6. Server farm 56 checks whether mediacontent is available, e.g., determines if content is available (StepS150). Remote server 16 in server farm 56 checks or integrates broadcastserver 14 for media content t not already stored in server farm 56. Forexample, the media content may be newly released content or content justmade available. If media content is available (Step S152), adetermination is made whether the available content corresponds tocontent already stored in server farm (Step S154). For example, remoteserver 16 determines whether the available content is already stored inserver farm 56, e.g. determines if available content is not stored. Ifthe available content is already stored in server farm 56, remote server16 in server farm 56 determines whether a content request message isreceived (Step S158). If the available content is not stored in serverfarm 56, the available content is downloaded and stored in server farm56 (Step S156). For example, remote server 16 in server farm 56 mayinitiate download of the available media content from broadcast server14. After the available content is downloaded to remote server 16 inserver farm 56, a determination is made whether a content requestmessage is received (Step S158). For example, consumer device 12 may berequesting specific media content from server farm 56 via a contentrequest message.

Server farm 56 may transmit the requested media content to therequesting consumer device 12, e.g., the available content is downloadedand stored in server farm 56 before the content request message isreceived such that requested content is ready for delivery (Step S160).The downloaded and stored available content includes at least therequested content. Remote server 16 in server farm 56 may transmit therequested content to consumer device 12. Referring back to Step S152, ifcontent is not available the determination of Step S158 may be made.

An exemplary process for storing and delivering content is describedwith reference to FIG. 7. A determination is made whether a contentadvisory message is received (Step S162). For example, broadcast server14 or other content providers may send a content advisory message toserver farm 56 indicating that content is available. If no contentadvisory message has been received, remote server 16 in server farm 56determine if a content request message has been received (Step S170). Ifthe content advisory message is determined to have been received, thecontent corresponding to the content advisory message is determined(Step S164). Server farm 56 determines whether the available contentcorresponds to content already stored in server farm, e.g., determineswhether content is store or not stored (StepS166). For example, remoteserver 16 determines whether the available content has previously beendownloaded to one of the remote servers 16 in server farm 56. If theavailable content does not correspond to content stored in server farm56, the available content is downloaded and stored in server farm 56(Step S168). For example, remote server 16 in server farm 56 mayinitiate download of the available media content from broadcast server14. If the available content is already stored in server farm 56, adetermination is made whether a content request message has beenreceived (Step S170). For example, the content request message may bereceived from consumer device 12 that is requesting to download specificmedia content from server farm 56. If a content request message isdetermined not to have been received, the determination of StepS162 maybe repeated. If it is determined that a content request message isreceived, the media content corresponding to the content request messageis transmitted, e.g., transmitted to consumer device 12 that requestedthe content (StepS172). For example, the available content is downloadedand stored in server farm 56 before the content request message isreceived in which the content request message corresponds to previouslydownloaded content. It is also contemplated that a user can be charged afee for downloading the content. The fee can be based on one or morefactors, e.g., the duration of the media content, the age of the mediacontent, the popularity of the media content and/or the type of mediacontent.

The present invention can be realized in hardware, software, or acombination of hardware and software. Any kind of computing system, orother apparatus adapted for carrying out the methods described herein,is suited to perform the functions described herein. A typicalcombination of hardware and software could be a specialized or generalpurpose computer system having one or more processing elements and acomputer program stored on a storage medium that, when loaded andexecuted, controls the computer system such that it carries out themethods described herein. The present invention can also be embedded ina computer program product, which comprises all the features enablingthe implementation of the methods described herein, and which, whenloaded in a computing system is able to carry out these methods. Storagemedium refers to any volatile or non-volatile storage device.

Computer program or application in the present context means anyexpression, in any language, code or notation, of a set of instructionsintended to cause a system having an information processing capabilityto perform a particular function either directly or after either or bothof the following a) conversion to another language, code or notation; b)reproduction in a different material form.

It will be appreciated by persons skilled in the art that the presentinvention is not limited to what has been particularly shown anddescribed herein above. In addition, unless mention was made above tothe contrary, it should be noted that all of the accompanying drawingsare not to scale. A variety of modifications and variations are possiblein light of the above teachings without departing from the scope andspirit of the invention, which is limited only by the following claims.

1. A system for media content storage and delivery, the systemcomprising: a first server, the first server including: a firstreceiver, the first receiver configured to receive a request messageincluding media data indicating requested media content and a consumerdevice identifier corresponding to a consumer device; and a firstprocessor in communication with the first receiver, the first processorconfigured to determine whether the consumer device identifiercorresponds to a registered consumer device; if the first processordetermines that the consumer device identifier corresponds to theregistered consumer device, then: the first processor is furtherconfigured to determine whether the request message is one of a storagerequest message and a content request message; if the request message isthe storage request message, then the processor is further configured todetermine whether the requested media content is available for storage;and if the request message is the content request message, then theprocessor is further configure to initiate delivery of the requestedmedia content to the consumer device.
 2. The system of claim 1, whereinthe first receiver is further configured to receive a storageconfirmation message indicating the requested media content is availablefor storage.
 3. The system of claim 1, wherein if the first processordetermines that the consumer device identifier does not correspond tothe registered consumer device, then: the first processor is configuredto send a registration message prompting registration of the consumerdevice.
 4. The system of claim 1, wherein the first server furtherincludes a first memory in communication with the first receiver and thefirst processor, the first memory configured to store user datacorresponding to an end user media consumer associated with the consumerdevice, the user data including a number of consumer devices registeredto the end user media consumer.
 5. The system of claim 1, wherein thefirst processor is further configured to verify that the consumer deviceidentifier is associated with an end user media consumer.
 6. The systemof claim 1, wherein the media data includes time data that indicates alength of time to store the requested media content; and the firstprocessor is further configured to determine whether the requested mediacontent exists; and if the processor determines that the requested mediacontent exists, the processor is further configured to determine whetherthe requested media content is available and whether there arerestrictions associated with the requested media content that preventthe requested media content from being delivered to the consumer device.7. The system of claim 1, further comprising a second server, the secondserver including: a second memory, the second memory configured to storethe requested media content; a second receiver, the second receiverconfigured to receive a delivery message indicating the requested mediacontent is to be delivered to the first server; and a secondtransmitter, the second transmitter configured to transmit the requestedmedia content to the first server when the first processor determinesthat the consumer device identifier corresponds to the registeredconsumer device.
 8. A method for storing media content and deliveringrequested media content to a consumer device, the method comprising:receiving a request message including media data indicating requestedmedia content and a consumer device identifier corresponding to theconsumer device; determining whether the consumer device identifiercorresponds to a registered consumer device; and if it is determinedthat the consumer device identifier corresponds to the registeredconsumer device, then: determining, whether the request message is oneof a storage request message and a content request message; and if therequest message is the storage request message, then determining whetherthe requested media content is available for storage; and if the requestmessage is the content request message, then initiating delivery of therequested media content to the consumer device.
 9. The method of claim8, further comprising receiving a storage confirmation messageindicating whether the requested media content is available for storage.10. The method of claim 8, further comprising: if it is determined thatthe consumer device identifier does not correspond to the registeredconsumer device, then: sending a registration message promptingregistration of the consumer device.
 11. The method of claim 8, furthercomprising: storing user data corresponding to an end user mediaconsumer associated with the consumer device, the user data including anumber of consumer devices registered to the end user media consumer.12. The method of claim 8, further comprising: verifying that theconsumer device identifier is associated with an end user mediaconsumer.
 13. The method of claim 8, wherein in response to receivingthe content request message, the method further comprises transmitting afinancial cost of delivering the requested media content.
 14. The methodof claim 13, wherein the financial cost is unaffected by the number oftimes the requested media content is delivered.